Tempe / Potsdam / Oxford / Weinheim / Washington / Lille / /
Company
Argonne National Laboratory / T. P. Rakitzis S. A. / P63mc / /
Country
Taiwan / Germany / France / United States / United Kingdom / / /
Facility
Princeton University / Temple University / University of Leeds / University of Chicago / Stony Brook University / Arizona State University / Colgate University / University of California / /
IndustryTerm
energy spread / hexagonal space / imaging / energy / metallurgical processing / industrial applications / chemical and physical properties / comparable energy / vibrational energy / chemical / /
Organization
U.S. Department of Energy / University of Leeds / Leeds / National Science Foundation / Cornell / University of California / Berkeley / Princeton University / U.S. Department of Education / Arizona State University / University of Chicago / National Science Council of Taiwan / Temple University / Philadelphia / Colgate University / /
Person
J. P. Camden / S. A. Kandel / J. Holiday / D. Dyar / Sébastien Merkel / Lowell Miyagi / T. Lev-On / F. Marc Michel / Sergio Speziale / Dalton Trans / Y. Pan / J. A. Brown / H. A. Bechtel / Lars Ehm / A. J. Orr-Ewing / Allen K. McNamara / Charles E. McClennen / /
Position
D. J. / ridge and sharp forward / Professor / Professor of Geology / R. N. / /
Product
F 22 / /
ProvinceOrState
New Jersey / Illinois / New York / Pennsylvania / California / Arizona / /
that for the (0, 00)g pair, in accord with the theoretical prediction of a strong curvature coupling of this mode to the reaction coordinate (26–28). To reconcile these seemingly conflicting predictions, the experimental results suggest that the